Visualising French postal code data in Jupyter lab¶
This is intended to provide a better understanding of the shape file contents in order to determine if it is fit for intended purpose.
The original shape file was sourced from here:
Download the zip file at that location and extract to local project directory.
Import dependencies¶
In [1]:
import geopandas
Read the shapefile content¶
In [4]:
shape_file_src = 'codes_postaux_V5/codes_postaux_region.shp'
gdf = geopandas.read_file(shape_file_src)
Check the type assigned to gdf variable¶
In [5]:
type(gdf)
Out[5]:
geopandas.geodataframe.GeoDataFrame
Inspect the shape (rows, colums)¶
In [7]:
gdf.shape
Out[7]:
(6048, 7)
Show the first few rows of data¶
In [6]:
gdf.head()
Out[6]:
| ID | LIB | DEP | SURF | POP2010 | MEN2010 | geometry | |
|---|---|---|---|---|---|---|---|
| 0 | 26140 | Saint-Rambert-d'Albon | 26 | 82.710226 | 12812.0 | 5148.08200 | POLYGON ((849939.960 6461152.035, 848364.990 6... |
| 1 | 26150 | Die | 26 | 315.349961 | 6301.0 | 3011.68790 | POLYGON ((892450.050 6403419.960, 891173.040 6... |
| 2 | 26160 | La Bégude-de-Mazenc | 26 | 181.940199 | 7285.0 | 3040.83720 | POLYGON ((862423.980 6386618.040, 861627.030 6... |
| 3 | 26300 | Bourg-de-Péage | 26 | 236.697761 | 28064.0 | 11312.93600 | POLYGON ((873008.010 6428766.990, 872238.960 6... |
| 4 | 26170 | Buis-les-Baronnies | 26 | 290.688573 | 5512.0 | 2543.62744 | POLYGON ((899364.960 6353489.025, 897448.020 6... |
Draw a map as an image¶
In [9]:
gdf.plot(cmap='rainbow')
Out[9]:
<Axes: >
Explore an interactive map¶
In [13]:
gdf.explore("ID", cmap="rainbow", legend=False)
Out[13]:
Make this Notebook Trusted to load map: File -> Trust Notebook